Zahedi S, Blase D, Bercy P
L'Unité Clinique de Parodontologie, Hôpital Universitaire Brugmann, Université libre de Bruxelles.
Rev Belge Med Dent (1984). 1998;53(4):217-36.
Guided tissue regeneration (GTR) has been developed as a surgical technique enabling the complete regeneration of the periodontal attachment apparatus. Among various periodontal tissues, the root, cementum and the alveolar bone, as well the Sharpey collagenic fibers linking the cementum to the bone, are of particular interest. As demonstrated in this literature review, we could globally conclude to date, that most of the publications confirm the biological and clinical potential of GTR, although in some publications, this opinion is not being shared. A number of factors influence the outcome of the regenerative therapy, some relating to the patient such as the smoking habits and the level of oral hygiene, others relating to the type of implanted biomaterial or the surgical technique. A better understanding of the periodontal healing mechanisms as well as the continuous research and progress in the field of biomaterials, chemical mediators and growth factors, are likely to further increase the predictibility of the periodontal regenerative treatments.
引导组织再生术(GTR)已发展成为一种能够使牙周附着装置完全再生的外科技术。在各种牙周组织中,牙根、牙骨质、牙槽骨以及连接牙骨质与牙槽骨的沙比胶原纤维尤其受到关注。正如本综述文献所表明的,我们目前可以总体得出结论,尽管在一些出版物中对此观点并不认同,但大多数出版物都证实了引导组织再生术的生物学和临床潜力。许多因素会影响再生治疗的结果,一些与患者相关,如吸烟习惯和口腔卫生水平,另一些与植入生物材料的类型或手术技术有关。对牙周愈合机制的更好理解以及生物材料、化学介质和生长因子领域的持续研究与进展,可能会进一步提高牙周再生治疗的可预测性。